Security teams hesitate with new tools. The key? Clearly show the core value and benefits. Prove product value first, then onboarding is simple. Control balance, gain speed.
With hybrid work as the new standard, consistently enforcing security across every edge is a challenge for teams. Working from any location or device creates a persistent challenge: how to enforce consistent, risk-based access controls across users, devices, and applications without introducing policy gaps or operational complexity. To understand the impact, let’s consider the user experience within a single global organization operating across three continents.
AI adoption is outpacing enterprise control. The 2026 Verizon DBIR found that 45% of employees regularly use AI on corporate devices, and 67% of those users access AI through non-corporate accounts. Cyberhaven Labs reports that 39.7% of data sent to AI tools is sensitive, while endpoint AI app adoption grew 509% year over year.
Security teams have long relied on severity scores to prioritize vulnerabilities, but severity alone doesn't reveal which exposures pose the greatest immediate risk. This video explores why factors like asset criticality, reachability, and time-to-danger are becoming essential for effective vulnerability prioritization, helping teams focus on the risks that matter most.
Move beyond tedious firewall rule spreadsheets. ACE enables application access attestation by mapping policies to business functions, simplifying compliance for PCI, DORA, and general hygiene. Ensure your hybrid cloud security is robust and business-aligned.
When you hit play on a video, you don't think about the army of servers that rush to deliver it. But for anyone running a streaming platform, choosing a CDN (Content Delivery Network) is crucial. Latency, throughput, and cache-hit ratio can be the difference between smooth streaming and angry users smashing the refresh button. Here's a practical, human-friendly look at four heavyweights in the streaming space: Fastly, Akamai, Cloudflare, and AWS CloudFront.
With Corelight Sensor v29.2, generally available September 16, 2026, your team gains the ability to behaviorally detect and disrupt multi-stage intrusions, govern AI usage across your network without decryption, and deploy sensors in minutes instead of hours. This post covers what’s new and how it accelerates your security operations.
Post-quantum cryptography (PQC), and the many ways it intersects with IT and cybersecurity, is becoming increasingly important to organizations of every size. While it seemed like an esoteric concept a few years ago, relegated to cryptographers' conference talks, it’s now something that comes up in many of our customer conversations.
I know, I know. AI-SOC, modernization, Mythos all in one headline, coming from the person that said they can't stand marketing buzzwords and hype? Hear me out. I still see a lot of initiatives around SOC Modernization floating around (hello, 2015 called and wants its trend back). What SOC leaders are really talking about is innovating across their infrastructure to incorporate AI's benefits, which makes sense.
On June 22, 2026, President Trump signed Executive Order 14412, accelerating the federal government’s transition to post-quantum cryptography. The order brings key migration deadlines forward from 2035 to 2030-2031 for high-value and high-impact systems. The Department of War followed with its own Post-Quantum Cryptography (PQC) Strategy, which sets additional deadlines and warns that a cryptographically relevant quantum computer is an existential threat to military missions.